Crystallization System

Suitable for separating substances with close boiling points, azeotropes, or heat-sensitive materials, preventing thermal decomposition. Precise temperature control allows for multi-component fractional crystallization.

Compared to evaporative crystallization, energy consumption is reduced by 30%-50%, especially in high-boiling solvent systems.

The crystal structure is well-preserved, with few impurities encapsulated, and further purification can be achieved through recrystallization.

Multi-component separation can be achieved by cooling in stages, and adjusting cooling rates and stirring conditions can yield specific crystal forms.

Compared to high-temperature equipment, low-temperature environments have less corrosive effect on materials, extending equipment lifespan. It is also suitable for crystallizing flammable and explosive substances.

Can be used for purifying citric acid in the food industry, crystallizing vitamins in the pharmaceutical industry, and in environmental protection fields such as the resource utilization of industrial waste salts and removal of heavy metals.